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multi-physics simulation software comsol 6.1  (COMSOL Inc)

 
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    COMSOL Inc multi-physics simulation software comsol 6.1
    Multi Physics Simulation Software Comsol 6.1, supplied by COMSOL Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/multi-physics+simulation+software/comsol+multiphysics/pm40492268-91-2-5
    Average 90 stars, based on 1 article reviews
    multi-physics simulation software comsol 6.1 - by Bioz Stars, 2026-09
    90/100 stars

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    Related Articles

    Software:

    Article Title: Optical sensor for BTEX detection: Integrating machine learning for enhanced sensing
    Article Snippet: Training a model means that the model is learning the function f , and data generation using multi-physics simulation software (COMSOL) is the inverse operation: (4) g : = f − 1 I m g = g C B , C T , C E , C X where function g refers to the solution of and using COMSOL multiphysics software; note that finding f is the learning task of CNNs.

    Article Title: Study on the Size Dependence of the Shell-Breaking Response of Micro/Nano Al Particles at High Temperature
    Article Snippet: To further study the cracking kinetics of the oxide shell of an individual Al nanoparticle in a 650 °C vacuum environment, this section employs the multi-physics simulation software COMSOL for accurate simulation.

    Article Title: Integrated Prediction of Condensation-corrosion-shielding Effectiveness of Metal Box with Gaps by Simulations
    Article Snippet: Based on the commercial multi-physics simulation software COMSOL, this paper first simulates the condensation of a metal box in a high-humidity environment by constructing temperature, humidity, and moisture transport fields.

    Article Title: Improving plasma uniformity in the inductively coupled plasma by external magnetic field
    Article Snippet: Given the cylindrical symmetry of the ICP reactor, a twodimensional axisymmetric fluid model was established based on the COMSOL multi-physics simulation software.

    Article Title: Hybrid magnon-phonon crystals
    Article Snippet: For GHz on-chip acoustic devices, whichmainly use the SAW-based phonons, the acoustic dynamic is described by the elastic equation59 and widely solved via the finite element method with the multi-physics simulation software COMSOL.

    Article Title: Sweat permeable and ultrahigh strength 3D PVDF piezoelectric nanoyarn fabric strain sensor.
    Article Snippet: The anti-gravity unidirectional liquid transport phenomenon of the 3DPF has been investigated numerically using the COMSOL Multi-physics simulation software, and the simulation results agree with the experimental results (Supplementary Fig. 5, Supplementary Movie 3 and Supplementary Movie 4).

    Article Title: Sweat permeable and ultrahigh strength 3D PVDF piezoelectric nanoyarn fabric strain sensor
    Article Snippet: The anti-gravity unidirectional liquid transport phenomenon of the 3DPF has been investigated numerically using the COMSOL Multi-physics simulation software, and the simulation results agree with the experimental results (Supplementary Fig. , Supplementary Movie and Supplementary Movie ).

    Article Title: High-sensitivity flexible three-dimensional force tactile sensor and preparation method thereof
    Article Snippet: The embodiment of the present application proposes a method for preparing the high-sensitivity flexible three-dimensional force tactile sensor as described above, including the following steps: using 3D printing technology and fluid forming technology, and using the multi-physics simulation software COMSOL to model and design the molds for each component, to print out a flexible substrate mold, a flexible inverted cone component mold; injecting silicone rubber material into the flexible substrate mold, the flexible inverted cone component mold, and the hemispherical contact mold, mixing the silicone conductive silver glue with the curing agent and injecting into the flexible common electrode mold, putting all the molds in a vacuum drying oven to cure at room temperature, keep the temperature at 60° C., and release the molds after 2 to 3 hours of curing to obtain a flexible base, a hemispherical contact, a flexible inverted cone component, and a flexible common electrode; spreading organic silicon conductive silver glue evenly on the center of the four side surfaces of the made flexible inverted cone component, forming a flexible triangle excitation electrode after standing and curing at room temperature, and spreading silicone rubber on the surface of the flexible triangle excitation electrode of the organic silicon conductive silver glue for insulation treatment; and using silicone rubber as an adhesive to assemble the obtained parts, bonding the flexible common electrode to the flexible substrate, bonding the flexible inverted cone component to the hemispherical contact, and bonding the hemispherical contact to the flexible substrate, to obtain the sensor of the present application.

    Insulation:

    Article Title: Optical sensor for BTEX detection: Integrating machine learning for enhanced sensing
    Article Snippet: Training a model means that the model is learning the function f , and data generation using multi-physics simulation software (COMSOL) is the inverse operation: (4) g : = f − 1 I m g = g C B , C T , C E , C X where function g refers to the solution of and using COMSOL multiphysics software; note that finding f is the learning task of CNNs.

    Article Title: Study on the Size Dependence of the Shell-Breaking Response of Micro/Nano Al Particles at High Temperature
    Article Snippet: To further study the cracking kinetics of the oxide shell of an individual Al nanoparticle in a 650 °C vacuum environment, this section employs the multi-physics simulation software COMSOL for accurate simulation.

    Article Title: Integrated Prediction of Condensation-corrosion-shielding Effectiveness of Metal Box with Gaps by Simulations
    Article Snippet: Based on the commercial multi-physics simulation software COMSOL, this paper first simulates the condensation of a metal box in a high-humidity environment by constructing temperature, humidity, and moisture transport fields.

    Article Title: Improving plasma uniformity in the inductively coupled plasma by external magnetic field
    Article Snippet: Given the cylindrical symmetry of the ICP reactor, a twodimensional axisymmetric fluid model was established based on the COMSOL multi-physics simulation software.

    Article Title: Hybrid magnon-phonon crystals
    Article Snippet: For GHz on-chip acoustic devices, whichmainly use the SAW-based phonons, the acoustic dynamic is described by the elastic equation59 and widely solved via the finite element method with the multi-physics simulation software COMSOL.

    Article Title: Sweat permeable and ultrahigh strength 3D PVDF piezoelectric nanoyarn fabric strain sensor.
    Article Snippet: The anti-gravity unidirectional liquid transport phenomenon of the 3DPF has been investigated numerically using the COMSOL Multi-physics simulation software, and the simulation results agree with the experimental results (Supplementary Fig. 5, Supplementary Movie 3 and Supplementary Movie 4).

    Article Title: Sweat permeable and ultrahigh strength 3D PVDF piezoelectric nanoyarn fabric strain sensor
    Article Snippet: The anti-gravity unidirectional liquid transport phenomenon of the 3DPF has been investigated numerically using the COMSOL Multi-physics simulation software, and the simulation results agree with the experimental results (Supplementary Fig. , Supplementary Movie and Supplementary Movie ).

    Article Title: High-sensitivity flexible three-dimensional force tactile sensor and preparation method thereof
    Article Snippet: The embodiment of the present application proposes a method for preparing the high-sensitivity flexible three-dimensional force tactile sensor as described above, including the following steps: using 3D printing technology and fluid forming technology, and using the multi-physics simulation software COMSOL to model and design the molds for each component, to print out a flexible substrate mold, a flexible inverted cone component mold; injecting silicone rubber material into the flexible substrate mold, the flexible inverted cone component mold, and the hemispherical contact mold, mixing the silicone conductive silver glue with the curing agent and injecting into the flexible common electrode mold, putting all the molds in a vacuum drying oven to cure at room temperature, keep the temperature at 60° C., and release the molds after 2 to 3 hours of curing to obtain a flexible base, a hemispherical contact, a flexible inverted cone component, and a flexible common electrode; spreading organic silicon conductive silver glue evenly on the center of the four side surfaces of the made flexible inverted cone component, forming a flexible triangle excitation electrode after standing and curing at room temperature, and spreading silicone rubber on the surface of the flexible triangle excitation electrode of the organic silicon conductive silver glue for insulation treatment; and using silicone rubber as an adhesive to assemble the obtained parts, bonding the flexible common electrode to the flexible substrate, bonding the flexible inverted cone component to the hemispherical contact, and bonding the hemispherical contact to the flexible substrate, to obtain the sensor of the present application.

    Adhesive:

    Article Title: Optical sensor for BTEX detection: Integrating machine learning for enhanced sensing
    Article Snippet: Training a model means that the model is learning the function f , and data generation using multi-physics simulation software (COMSOL) is the inverse operation: (4) g : = f − 1 I m g = g C B , C T , C E , C X where function g refers to the solution of and using COMSOL multiphysics software; note that finding f is the learning task of CNNs.

    Article Title: Study on the Size Dependence of the Shell-Breaking Response of Micro/Nano Al Particles at High Temperature
    Article Snippet: To further study the cracking kinetics of the oxide shell of an individual Al nanoparticle in a 650 °C vacuum environment, this section employs the multi-physics simulation software COMSOL for accurate simulation.

    Article Title: Integrated Prediction of Condensation-corrosion-shielding Effectiveness of Metal Box with Gaps by Simulations
    Article Snippet: Based on the commercial multi-physics simulation software COMSOL, this paper first simulates the condensation of a metal box in a high-humidity environment by constructing temperature, humidity, and moisture transport fields.

    Article Title: Improving plasma uniformity in the inductively coupled plasma by external magnetic field
    Article Snippet: Given the cylindrical symmetry of the ICP reactor, a twodimensional axisymmetric fluid model was established based on the COMSOL multi-physics simulation software.

    Article Title: Hybrid magnon-phonon crystals
    Article Snippet: For GHz on-chip acoustic devices, whichmainly use the SAW-based phonons, the acoustic dynamic is described by the elastic equation59 and widely solved via the finite element method with the multi-physics simulation software COMSOL.

    Article Title: Sweat permeable and ultrahigh strength 3D PVDF piezoelectric nanoyarn fabric strain sensor.
    Article Snippet: The anti-gravity unidirectional liquid transport phenomenon of the 3DPF has been investigated numerically using the COMSOL Multi-physics simulation software, and the simulation results agree with the experimental results (Supplementary Fig. 5, Supplementary Movie 3 and Supplementary Movie 4).

    Article Title: Sweat permeable and ultrahigh strength 3D PVDF piezoelectric nanoyarn fabric strain sensor
    Article Snippet: The anti-gravity unidirectional liquid transport phenomenon of the 3DPF has been investigated numerically using the COMSOL Multi-physics simulation software, and the simulation results agree with the experimental results (Supplementary Fig. , Supplementary Movie and Supplementary Movie ).

    Article Title: High-sensitivity flexible three-dimensional force tactile sensor and preparation method thereof
    Article Snippet: The embodiment of the present application proposes a method for preparing the high-sensitivity flexible three-dimensional force tactile sensor as described above, including the following steps: using 3D printing technology and fluid forming technology, and using the multi-physics simulation software COMSOL to model and design the molds for each component, to print out a flexible substrate mold, a flexible inverted cone component mold; injecting silicone rubber material into the flexible substrate mold, the flexible inverted cone component mold, and the hemispherical contact mold, mixing the silicone conductive silver glue with the curing agent and injecting into the flexible common electrode mold, putting all the molds in a vacuum drying oven to cure at room temperature, keep the temperature at 60° C., and release the molds after 2 to 3 hours of curing to obtain a flexible base, a hemispherical contact, a flexible inverted cone component, and a flexible common electrode; spreading organic silicon conductive silver glue evenly on the center of the four side surfaces of the made flexible inverted cone component, forming a flexible triangle excitation electrode after standing and curing at room temperature, and spreading silicone rubber on the surface of the flexible triangle excitation electrode of the organic silicon conductive silver glue for insulation treatment; and using silicone rubber as an adhesive to assemble the obtained parts, bonding the flexible common electrode to the flexible substrate, bonding the flexible inverted cone component to the hemispherical contact, and bonding the hemispherical contact to the flexible substrate, to obtain the sensor of the present application.



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